WO/2016/132572 DATA PLACEMENT DEVICE AND DATA PLACEMENT METHOD||WO||25.08.2016|
||PCT/JP2015/070967||NEC SOLUTION INNOVATORS, LTD.||KUDO Yoshihiro|
Provided is a data placement device (100), comprising: a file moving means (101) for moving a data file which is stored on a storage device to another storage device; and a placement control means (102) for, when the data file is moved among the storage devices by the file moving means (101), selecting, on the basis of the type of the destination storage device, whether to associate trigger information, which launches an agent application upon a user terminal, with a link file of the data file being moved.
WO/2016/132445 CHARGED PARTICLE IRRADIATION SYSTEM||WO||25.08.2016|
||PCT/JP2015/054184||HITACHI, LTD.||HIRAMOTO Kazuo|
Provided is a charged particle irradiation system capable of distinguishing the type of charged particles with which an object to be irradiated is to be irradiated, prior to the irradiation. The system is provided with: an ion generation device that generates a plurality of types of ions of different nuclear species; an accelerator that accelerates the ions supplied from the ion generation device to emit an ion beam; a beam transport system that transports the ion beam emitted from the accelerator; an irradiation device that irradiates an irradiation target with the ion beam transported by the beam transport system; and a nuclear species distinguishing device configured to distinguish the nuclear species of the ions supplied from the ion generation device.
WO/2016/132429 COMMUNICATION SYSTEM, COMMUNICATION CONTROL METHOD, AND CONTROL SERVER||WO||25.08.2016|
||PCT/JP2015/054124||HITACHI, LTD.||OISHI Takumi|
A packet arrival rate is ensured for a communication section including a wireless section and a wired section when a change occurs in communication quality of the wireless section in which the communication quality significantly changes.
A communication system is provided with a plurality of base stations, a plurality of relay nodes, and a control server, performs communication between a connected apparatus and a user terminal via the plurality of base stations and the plurality of relay nodes, and performs wireless communication between the user terminal and the base stations. In this system, the control server has: a first function for measuring the total communication quality of an existing path set between the connected apparatus and the user terminal; a second function for determining whether the measured total communication quality satisfies predetermined conditions based on requested communication quality requested by the user terminal; a third function for making a list of newly addable additional path candidates for the existing path; a fourth function for estimating estimated total communication quality in the case where an additional path candidate is added to the existing path set between the connected apparatus and the user terminal; and a fifth function that, in the case where the total communication quality of the existing path does not satisfy the predetermined conditions based on the requested communication quality, sets the relay nodes and the base stations serving as the additional path candidates so that an additional path candidate with which the estimated total communication quality satisfies the predetermined conditions based on the requested communication quality is added to the existing path.
WO/2016/132401 TRANSFER-TYPE PHOTOSENSITIVE REFRACTIVE INDEX ADJUSTMENT FILM, METHOD FOR FORMING REFRACTIVE INDEX ADJUSTMENT PATTERN, AND ELECTRONIC COMPONENT||WO||25.08.2016|
||PCT/JP2015/000824||HITACHI CHEMICAL COMPANY, LTD.||SATO, Mayumi|
Disclosed is a transfer-type photosensitive refractive index adjustment film which is provided with a supporting film, a photosensitive resin layer that is provided on the supporting film, and a high refractive index layer that is provided on the photosensitive resin layer, said photosensitive resin layer and high refractive index layer being mainly formed of an organic material.
WO/2016/132520 FM-CW RADAR AND FM-CW SIGNAL GENERATION METHOD||WO||25.08.2016|
||PCT/JP2015/054687||MITSUBISHI ELECTRIC CORPORATION||KURASHIGE, Kazunori|
An FM-CW radar has a high-frequency circuit 13 for receiving waves reflected from a target object and a signal processing unit 14 for converting an analog signal generated by the high-frequency circuit 13 to a digital signal and detecting at least the distance to the target object and the speed of the target object. The high-frequency circuit 13 is provided with a VCO 4 for receiving a modulation voltage from the signal processing unit 14 and generating a frequency-modulated high-frequency signal. The signal processing unit 14 is provided with an LUT 9 that stores initial values for modulation control data. The signal processing unit 14 calculates frequency information from phase information for the output of the VCO 4 and updates the data stored in the LUT 9 using correction data generated using the calculation results.
WO/2016/132521 TEACHING DATA-GENERATING DEVICE||WO||25.08.2016|
||PCT/JP2015/054698||HITACHI, LTD.||NAKASU Nobuaki|
A teaching data-generating device acquires information from a model-generating device, determines part classification from the information obtained, acquires an assembly sequence, selects gripping hands, generates possible gripping positions at which to grip a part, evaluates interference for multiple hands and selects a gripping position, generates coordinates for re-gripping the part, and generates a path for moving from part supply coordinates to re-gripping coordinates and part placement coordinates.
WO/2016/132524 STORAGE MANAGEMENT SYSTEM, STORAGE MANAGEMENT METHOD, AND STORAGE DEVICE||WO||25.08.2016|
||PCT/JP2015/054741||HITACHI, LTD.||SHIRAISHI, Kenta|
[Problem] To appropriately control processing load of each site according to the volume of data at each site, executing efficient data processing. [Solution] Provided is a storage management system, comprising a plurality of first storage devices which accepts data input/output requests, and a second storage device which is connected to the plurality of first storage devices. The first storage devices further comprise a storage unit which stores data, and a control unit which, causing parallel processing of a plurality of threads which configures a program, controls data input/output processes in response to the input/output requests and controls processes, based on a prescribed policy, of moving the data to the second storage device. The second storage device further comprises a storage unit which stores data, and a control unit which allots to each of the plurality of first storage devices, according to the data volume of the plurality of first storage devices when the input/output processes and the movement processes are executed, the plurality of threads which causes the input/output processes or the movement processes to be executed.
WO/2016/132435 CIRCUIT DEVICE AND DISPLAY DEVICE||WO||25.08.2016|
||PCT/JP2015/054137||SAKAI DISPLAY PRODUCTS CORPORATION||NAKAMINAMI, Hiroaki|
A circuit device (200) is provided with a circuit board (1) on which a plurality of signal lines (8) for transmitting signals, and auxiliary wiring lines (90, 91) intersecting the signal lines (8) in a state wherein the auxiliary wiring lines are insulated from the signal lines are disposed, said auxiliary wiring lines transmitting the signals in the cases where the signal lines (8) have a defect. The circuit device is provided with a plurality of amplifiers (12) each of which has an input terminal from which the signals are inputted, an output terminal that amplifies and outputs the inputted signals, and a control terminal to which signals for controlling on and off of the amplifying operations are inputted, and the auxiliary wiring lines (90, 91) include an input-side auxiliary wiring line (90) connected to the input terminal, and an output-side auxiliary wiring line (91) connected to the output terminal. This display device is provided with the circuit device (200), and in the display device, the signal lines (8) transmit image signals. The present invention makes it possible to correct the defect of the signal lines without attenuating the signals being transmitted in the auxiliary wiring lines.
WO/2016/132437 TERMINAL AFFIXING STRUCTURE FOR COMPOSITE STRIATED BODIES||WO||25.08.2016|
||PCT/JP2015/054143||TOKYO ROPE MFG. CO., LTD.||MANABE, Daisuke|
The present invention comprises: a composite striated body 20 that combines continuous fibers by using a resin material and is molded into a twisted wire shape; a wedge 30 formed in a cylindrical shape, having an outer diameter thereof that expands from a tip that receives tensile force to a rear end section on a fixed side, having the outer surface of the composite striated body transferred to inner wall surfaces 42 thereof, and having the inner wall surfaces 42 formed so as to engage with the outer surfaces of the composite striated body 20; and a sleeve 50 provided on the outer circumference side of the wedge 30 and having a conical, hollow inner structure having a diameter that expands towards the rear end section on the fixed side. The wedge 30 comprises a plurality of split wedges 40 split in the circumferential direction and having the split surfaces 43 thereof facing across a gap. The inner wall surfaces 42 of the split wedges 40 are formed having fine unevenness 42b and, as a result, can be machined in a short time and maintain sufficient holding strength over long periods.
WO/2016/132439 SAMPLE VAPORIZATION UNIT AND GAS CHROMATOGRAPH||WO||25.08.2016|
||PCT/JP2015/054156||SHIMADZU CORPORATION||TAKEMOTO Hajime|
A housing is provided with an internal space for accommodating an insert and a cylindrical cap attachment part provided, at the distal end surface thereof, with an opening part communicating with the internal space. An inclined groove that is inclined from the distal end side to the proximal end side of the cap attachment part along the circumferential direction of the cap attachment part is provided on the outer circumferential surface of the cap attachment part. A cap fixing part for attaching a seal cap to the cap attachment part has a cap holding part for holding the outer peripheral surface of the seal cap and an elastic part connected to the cap holding part. The elastic part is provided with a protrusion that is fit into the inclined groove of the outer peripheral surface of the cap attachment part. The cap fixing part is attached to the cap attachment part so as to be capable of being rotated so that the protrusion slides along the inclined groove on the inside of the inclined groove and has springiness that, when the protrusion reaches the end point of the inclined groove, generates elastic force that pushes the cap holding part toward the opening part side so that the seal cap seals the opening part.